Fairleigh Dickinson University

What you'll study

This programme combines core courses in chemistry, physics and biology with specialised training in molecular and cellular techniques. You will take a sequence of foundational classes such as general chemistry, organic chemistry and introductory physics alongside cellular and molecular biology, genetics and biochemistry. Quantitative skills are developed through calculus, biostatistics and courses in biophysical methods.

• Core molecular and cellular courses: cell biology, molecular biology, genetics, developmental biology
• Chemistry and biochemistry: general chemistry, organic chemistry, physical chemistry principles applied to biological systems, metabolic and structural biochemistry
• Biophysics and instrumentation: thermodynamics, spectroscopy, microscopy, lab instrumentation and experimental design
• Laboratory skills and techniques: molecular cloning, protein expression and purification, electrophoresis, PCR, sequencing, tissue culture and sterile technique
• Data and computational skills: bioinformatics, data analysis, programming basics for biological data and statistical methods
• Capstone and research: independent research project or senior seminar that emphasises experimental design, data interpretation and scientific communication
• Electives and breadth: courses in neuroscience, immunology, environmental biology, ethics in science and advanced topics to tailor the degree to career goals

The programme typically emphasises active laboratory work and offers opportunities to join faculty-led research, work on collaborative projects and undertake internships with regional biomedical and biotech partners.

Entry requirements

Applicants should hold a recognised secondary school credential with strong preparation in science and mathematics. Typical preparation includes high-school level biology, chemistry and mathematics. For domestic applicants, admissions look for a competitive academic record and relevant coursework; some students will have completed AP or IB courses in science and mathematics.

• Academic background: strong grades in science and maths courses; demonstrated ability in lab-based classes is an advantage.
• Standardised testing: Fairleigh Dickinson considers standardised test results where provided, but many applicants are admitted on the strength of their academic record and coursework.
• International applicants: an equivalent secondary-school qualification is required. Proof of English language proficiency is required if the applicant's prior education was not conducted in English.
• Transfer students: transferable college-level credits in chemistry, biology or mathematics are reviewed; students typically need to meet a minimum cumulative college GPA and provide syllabi for technical coursework.
• Additional materials: a personal statement expressing interest in molecular biology and any relevant laboratory or research experience; letters of recommendation may strengthen an application.

Career prospects

Graduates are prepared for a range of careers in the life sciences and for further professional or graduate study. The programme balances technical lab skills, quantitative training and scientific communication to make graduates attractive to employers and graduate programmes.

• Research technician or associate in academic, industrial or government laboratories
• Roles in biotechnology and pharmaceutical companies such as assay development, quality control, or process support
• Clinical laboratory work and preparation for certification or further training in medical laboratory science
• Further study: entry into graduate programmes (MS, PhD), medical school, dental or other health professions
• Careers in regulatory affairs, patent support, science policy, science communication and education

Why study at Fairleigh Dickinson University

Fairleigh Dickinson offers a programme with strong practical and research components delivered in a small-class environment with close faculty mentoring. Students benefit from hands-on laboratory instruction, access to faculty research projects and opportunities to complete internships in the New York–New Jersey biomedical corridor.

• Faculty mentorship: approachable faculty with active research programmes provide guidance for undergraduate research and career planning.
• Research and internships: collaborative lab projects and connections with regional hospitals, research institutes and biotech firms help students gain applied experience.
• Flexible preparation: the curriculum supports direct entry into the workforce or preparation for graduate and professional schools.
• Campus resources: modern teaching laboratories, instrumentation training and student organisations that support scientific development and presentation experience.

Taken together, the degree is designed to equip students with the laboratory competence, quantitative reasoning and communication skills needed for careers across the life sciences or advanced study.